Graphol and vanadia-linkedzink-doped lithium manganese silicate nanoarchitectonic platforms for supercapatteries

Graphol and vanadia-linkedzink-doped lithium manganese silicate nanoarchitectonic platforms for supercapatteries

Philosophiae Doctor - PhD === Energy storage technologies are rapidly being developed due to the increased awareness of global warming and growing reliance of society on renewable energy sources. Among various electrochemical energy storage technologies, high power supercapacitors and lithium ion ba...

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Bibliographic Details
Main Author: Ndipingwi, Miranda Mengwi
Other Authors: Iwuoha, Emmanuel
Language:en
Published: University of Western cape 2020
Subjects:
Aqueous electrolytes
Battery-supercapacitor hybrids
Carbon nanotubes
Composite nanoarchitectures
Capacitance retention
Hydroxylated graphene
Lithium manganese silicate
Mechanochemical reactions
Nanoarchitectonics
Specific capacitance
Specific energy
Specific power
Supercapatteries
Vanadia
Zinc doping
Online Access:http://hdl.handle.net/11394/7236

Internet

http://hdl.handle.net/11394/7236

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